Maximum Controls Max Megatron 2200 - Page 20

18
Wiring operator
PhotoCell
Edge
UL Entrap
1
2
Limit SW
ON-LINE
MATRIX
JOG
LEFT
JOG
RIGHT
Jog LT
Jog RT
GND
Edge 1
Edge 2
Photo
Cell
ERD
Motor
OverLoad
POWER
MC-200
Motor Controller
16
15
14
13
12
3
4
5
MAX
LED ON
Edge
Sensitivity
ERD
PhotoCell
Edge
UL Entrap
1
2
Limit SW
ON-LINE
MATRIX
JOG
LEFT
JOG
RIGHT
Jog LT
Jog RT
GND
Edge 1
Edge 2
Photo
Cell
ERD
Motor
OverLoad
POWER
MC-200
Motor Controller
16
15
14
13
12
3
4
5
MAX
LED ON
Edge
Sensitivity
ERD
1
2 3
P
1
P
Edge
1
2
P
Edge
2
P
Edge
2
P
Edge
2
Edge
2
Edge
2
Edge
2
Edge
2
PhotoCell
P
P
P
P
PhotoCell
P
P
P
hotoCell
P
P
hotoCel
hotoCel
hotoCe
otoCe
otoCe
otoC
1
2 3
24V GND
UL ALARM 12V
ALARM RET
RESET
GND
GATE
TAMPER
MAG
LOCK
OPEN
RIGHT
OPEN
LEFT
MAGLOCK
DELAY
PRIMARY
GATE
SAFETYCENTEREXIT
OPEN
MAX
GATE SPEED
STOP CLOSE
ANTI
TAILGATE
CLOSE TIMER
POSITION
RECORDER
ID
PLUG
AUTOMATIC OPEN/CLOSE CONTROLS
BATTERY
BACK-UP MODE
MATRIX 1
PHOTOCELL
EDGE 1
EDGE 2
ID PLUG
ERROR
OPEN
COM
CLOSE
Tamper NO
COM
GND
Tamper IN
OFF
OFFON
EXIT
PARTIAL
OPEN
OBD PORT
BLACK BOX
MOTOR MOTION
CENTER
REVERSE SENSITIVITY
MOTOR OVERLOAD
NO LIMIT SWITCH /
CLAMP SLIPPING
MIN
MAX
12VDC
GND
24VDC
GND
MAX
MIN
OFF
SAFETY
LEAVE
OPEN
LEAVE
CLOSED
MADE in USA
OPEN
1 TIME
2Sec1.5Sec
COM
NC
BATTERY
IN USE
POWER
GATE
STATUS
MOTOR
ON-LINE
LIMIT
SWITCH
ON-LINE
(+) GND (-)
PRIMARY
GATE
(+) GND (-)
SEC
GATE
UL
ENTRAP
PHOTOCELL GND STRIKE GND KEYPAD / RDR GND FIRE DEPT GND MAX OPEN GND RADIO SIG. RADIO GND OPEN STOP CLOSE COM GATE DISABLE
CLOSE TIMER
MAX
MIN
O
F
F
S
AFET
Y
MAX
GA
RECORDER
OBD PORT
REVERSE SENSITIVITY
12VDC
G
N
D
OPEN STOP
CLOSE
MOTOR MOTION
24V GND
UL ALARM 12V
ALARM RET
RESET
GND
GATE
TAMPER
MAG
LOCK
OPEN
RIGHT
OPEN
LEFT
MAGLOCK
DELAY
PRIMARY
GATE
SAFETYCENTEREXIT
OPEN
MAX
GATE SPEED
STOP CLOSE
ANTI
TAILGATE
CLOSE TIMER
POSITION
RECORDER
ID
PLUG
AUTOMATIC OPEN/CLOSE CONTROLS
BATTERY
BACK-UP MODE
MATRIX 1
PHOTOCELL
EDGE 1
EDGE 2
ID PLUG
ERROR
OPEN
COM
CLOSE
Tamper NO
COM
GND
Tamper IN
OFF
OFFON
EXIT
PARTIAL
OPEN
OBD PORT
BLACK BOX
MOTOR MOTION
CENTER
REVERSE SENSITIVITY
MOTOR OVERLOAD
NO LIMIT SWITCH /
CLAMP SLIPPING
MIN
MAX
12VDC
GND
24VDC
GND
MAX
MIN
OFF
SAFETY
LEAVE
OPEN
LEAVE
CLOSED
MADE in USA
OPEN
1 TIME
2Sec1.5Sec
COM
NC
BATTERY
IN USE
POWER
GATE
STATUS
MOTOR
ON-LINE
LIMIT
SWITCH
ON-LINE
(+) GND (-)
PRIMARY
GATE
(+) GND (-)
SEC
GATE
UL
ENTRAP
PHOTOCELL GND STRIKE GND KEYPAD / RDR GND FIRE DEPT GND MAX OPEN GND RADIO SIG. RADIO GND OPEN STOP CLOSE COM GATE DISABLE
E TIMER
C
ENTE
R
M
AX
M
IN
OF
F
S
AFET
Y
P
OSITION
CORDER
OPEN
STOP
CLOSE
MOTOR MOTION
Inputs & MUST be “LEARNED” to MONITOR OPENING/CLOSING direction sensors.
To LEARN inputs & :
2 3
2 3
Example shows that sensors
are DETECTED on inputs
Edge 2 and Photo Cell.
UL 325 2016 Compliant MONITORED Normally Closed Entrapment Protection Devices:
Normally Closed Definition: When Power is off, relay contacts are OPEN. When Power is on, relay contacts are CLOSED.
Photo Cells:
Model RG Miller Edge Reflecti-GUARD Reflective-Beam Type (Normally Closed)
Model PG Miller Edge Prime-GUARD Thru-Beam Type with battery operated transmitter (Normally Closed)
Model EMX-IRB-MON EMX Thru-Beam Type (Normally Closed)
Model EMX-IRB-RET EMX Reflective-Beam Type (MUST be wired to Normally Open)
Model E3K-R10K4-NR OMRON Photo Electric Sensor Reflective-Beam Type (MUST be wired to Normally Open) will work with 12V
Model 60-2728-1 Allen Bradley Reflective-Beam Type (MUST be wired to Normally Open)
Direct-wired 10K Sensing Edge:
Model 10K Sensing Edge with GEM-104 Module Miller Edge (Normally Closed)
MAX 10K Mini Edge Maximum Controls (Normally Closed) Requires a Miller Edge GEM-104 module
MAX 10K Edge 1 Maximum Controls (Normally Closed) Requires a Miller Edge GEM-104 module
Sensing Edge Wireless Transmitter/Receiver:
Model MGL-K20 Miller Edge Monitored Gate Link Transmitter and Receiver
1. MONITORED Sensors MUST be wired to inputs BEFORE they can be learned.
Any unused inputs MUST be jumpered, see previous page.
2. A Sensing Edge or Photo Cell can be wired to either input 2 or 3.
3. Press and HOLD the STOP button & then the OPEN button
together on Matrix 1 until beep is heard, learn mode begins.
NOTE: DO NOT press the OPEN button before the
STOP button or learn mode will NOT function.
4. LEDs WILL be ON for each detected sensor on MC-200.
LEDs WILL be ON for BOTH MC-200s when dual operators
are used. If an LED is not on and it should be, wiring to
sensor is bad, photocells are out of alignment, photocells
are wired wrong - N.C. or N.O. depending on which
photocells are used (see below) or sensor is bad etc. and
must be corrected. When all LEDs are ON that should be ON, proceed to next step.
5. Press STOP button again within 5 min. to learn sensors and
end learn mode, beeping stops.
Wired Inputs are now MONITORED.
If STOP button is not pressed within 5 min. learn mode terminates.
If no sensors are detected then factory default setting (Edge 2 and
EDGE 1 Note: CLOSING direction ONLY.